Used VWR Galaxy 16D #9148822 for sale

VWR Galaxy 16D is a high-speed, large capacity centrifuge designed to fulfill the needs of sample processing in research labs. With a capacity of up to 48 liters, it is a great choice for large sample sizes that require quick and accurate processing. This unit is powered by an electronic motor with adjustable speed and brake control, allowing for precise control when spinning samples. It has a maximum speed of 16,000 rpm and is able to achieve a g-force of up to 16,400g. Galaxy 16D is extremely reliable and energy efficient, using up to 25% less energy compared to other centrifuges on the market. It features an ergonomic LCD screen and simple digital controls, allowing for precise settings for each run. It is designed with a built-in cooling system to keep samples safe during long-running applications as well as a maintenance-free brushless motor with an extended life expectancy of up to 35 years. A Universal Swing-out rotor and 12 micro-tubes adapter for 0.2ml tubes is included with the unit, though an array of custom rotors and adapters are also available depending on user needs. In addition, its noise level is kept to a minimum with an advanced dynamic noise cancellation feature. For added safety and convenience, VWR Galaxy 16D is compliant with all essential safety regulations and is CE marked for electromagnetic compatibility. Moreover, its LCD display offers clear readings and a variety of diagnostic messages. Optional features for this centrifuge include an Over Speed Protection feature, which avoids such occurrences, as well as a power-down function to ensure samples are not damaged if power is lost. If samples need to be kept safe during long-running applications, a temperature control unit is also available. Finally, the unit's display also gives users the ability to program different tasks in a batch, as well as to store up to 99 programs. This allows for easy recall of run information and settings, making Galaxy 16D an ideal centrifuge for laboratories that need reliable and efficient sample processing.